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EPG-X
Extended Phase Graphs for systems with Magnetization Transfer and Chemical Exchangemriphysics.github.io
http://mriphysics.github.io/fetal_cmr_4d
fetal whole-heart 4D magnitude and flow cine reconstruction using multiple real-time non-coplanar balanced SSFP stacksMultiband-RF
Code to design Multiband RF pulsesmultiSliceAlignedSENSE
Tools for aligned reconstruction of multi-shot multi-slice MR.EPG-isochromat
EPG vs isochromat-summation simulationsDISORDER
Tools for aligned reconstructions of volumetric MRI datacardiac_RF_shimming
Constrained RF Shimming CodereVERSE-GIRF
VERSE guided RF pulse design with modification for imperfect gradient performanceAM_multiband
Simple optimization to compute slice phase offsets for multi-band RF pulsesihMT_steadystate
circuit_cosimulation
A MATLAB implementation of circuit co-simulationcomplexSVDShrinkageDWI
Tools for complex DWI denoising using SVD shrinkageoptimal-control-EPG
Optimal Control Design of Fast Multi-Echo Sequences with Applications to Parallel-Transmit Systemsverse-mb
MT-MRF
water_selective_pulses
MRI with parallel transmit for optimized water selective imagingRootflip-AlignEcho
Novel Root-flipping algorithm creates Root-flipped refocusing pulses which form inherently aligned spin-echoesqMRI_efficiency
Code for analysis and optimization of efficiency of quantitative MRI methodsmcDESPOT
Code to simulate mcDESPOT parameter estimation and investigate search-space degeneracy. Key scripts: search-space sampling is performed using "mcDESPOT_SP.m" and Monte Carlo simulations are performed using "mcDESPOT_MC.m".phase_relaxed_CPMG_excitation
Phase relaxed method for CPMG excitation pulsesJoint_System_Relaxometry_JSR
Matlab code to compute relaxometry measurements using the JSR approachLarge_Dyn_Range_Rel_B1_Mapping
sweep-simulation
Code for simulating MRI profiles with SWEEP or motionktrecon
Reconstruct dynamic k-t under-sampled MR data using ReconFramePUSH
Code to optimise pTx pulses for semisolid saturationMRI_education
Jupyter Notebooks for online teaching of MRI fundamentalsLove Open Source and this site? Check out how you can help us